Mecafer MF6500E, User Manual, Page: 38 / 156

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30
GB
GENERATOR TROUBLE SHOOTING
CONDITION PROBABLE CAUSE CORRECTIVE ACTION
Tripped circuit breaker Reset
Indicator Light ON
No AC output
Poor connection or
faulty lead
Check and repair
Broken receptacle
Faulty circuit breaker Check and repair
Indicator Light OFF
No AC output
Generator problem
Output Power available
Abnormality exists
Engine RPM set
too high or too low
No load for 60Hz - Set 3780rpm
No load for 50Hz - Set 3150rpm
Loose component Locate and tighten
Internal generator problem Consult Dealer
Tripped circuit breaker Reset
Indicator Light OFF
No DC output
Poor connection or faulty DC
power cord
Check and repair
Generator problem Consult Dealer
ENGINE WON’T START
1. No fuel supplied to combustion chamber.
• Clogged carburetor….Clean carburetor.
2. Engine oil system insufficient
• Oil level is low….Add engine oil.
3. Compression insufficient
• Worn out piston and cylinder….Consult dealer.
7 - TRANSIT AND STORAGE
WARNING: Take care When transporting the generator that fuel,
engin oil and battery acid do not spill out of the generator. It is
advisable to remove any petrol, engin oil and battery acid before
transporting the generator.
This generator weights 30 kg for safety reason two persons are
required when lifting or moving the generator.
Long term storage of the machine will require some preventive
procedures to guard against deterioration. (PIC. 21)
1. Ensure that the storage room is dry and clean.
2. Discharge all gasoline in the tank: divert gasoline from
gasoline tank to a spare tank. Open gasoline switch, loose
bolts in carburetor and divert gasoline to a spare tank; loose
gasoline discharging bolts, remove spark plug and pull starter
grip 3-4 times to discharge the gasoline out of the pump.
Close oil switch and fasten gasoline-discharging bolts, and
reassemble spark plug.
3. Change engine oil
4. Remove spark plug and fill cylinder with a spoon of fresh
oil, and start engine for a few times to distribute oil, then
reassemble spark plug.
5. To protect generators from rust during storage: pull starter
grip slowly until you feel some pressure: piston just moves to
the top and drain valve is closed.
WARNING: Gasoline may become extremely incendive and
explosive at some condition. DO NOT store gasoline near
beacons.
THE INSTALLATION AND MAJOR REPAIR WORK SHALL
BE CARRIED OUT ONLY BY SPECIFICALLY TRAINED
PERSONNEL.
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TECHNICAL SPECIFICATIONS
MODEL NPEGG850 NPEGG2400 NPEGG3800 NPEGG5200 NPEGG6000 NPEGG7500
GENERA
TOR
Type Brushless, Self-energising, 2-poles,
Single phase
Brushless,
Self-energising,
2-poles,
Three-phase
Voltage Regulator Condenser Type
Max. AC Output 0.85 kW 2.4kW 3.8kW 5.2kW 6.0kW 6 / 7.5 kW
Rated AC Output 0.80 kW 2.0kW 3.2kW 4.5kW 5.0kW 5 / 6.8 kW
AC Voltage 230V 230 / 400V
Frequency 50 Hz
Phase Single phase Three phase
Power Factor cos φ = 1,0
Degree of Protection IP23
Performance Class G1
Sound pressure level
(measured at 4 m.)*
Sound power level
71 db (A)
93 db (A)
72.47
db (A)
9
2.47
db (A)
7
5.55
db (A)
9
5.55
db (A)
74.8 db (A)
97 db (A)
75.3 db (A)
97 db (A)
ENGINE
Model 152 F UP168 UP177 UP188 UP188
Type Air-cooled 4-stroke overhead valve Petrol Engine
Stroke 52x38 mm 68x54mm 77x58mm 88x64mm 88x64mm
Displacement (cc) 80 196 270 389 389
Max. Output
(HP/kW - RPM)
2.4/1.8
- 3600
6.5/4.9 -
3
6
00
9/6.7 - 3
6
00 1
3
/
9.7
- 3
6
00
13/9.7 - 3600
Fuel Unleaded Gasoline
Fuel/Oil mix ratio - - -
Fuel tank Capacity (lt) 4.2 15 25
Rated Continuous
Operation (hs)
6 1
3
1
0
10 9
9
Lubricating oil SAE 10W - 30
Lubricating oil capacity (lt) 0.4 0.6 1.1 1.1 1.1
Starting System Recoil Starter Recoil / Electric starter
Ignition system T.C.I. Electronic starting
Spark plug type E6TC F6TC F7TC
DIMENSIONS
Lenght x Width x Height
440x320x
360 mm
590x440x
500 mm
680x510x540
mm
680x540x540
mm
Net Weight 30 kg 43 kg 67 kg 78 kg 80 kg 84 kg
• Specifications subject to change without prior notice.
• Generating set ISO 8528
* Measured according to EN ISO 3744 Standard.
The figures quoted are emission levels and are not necessarily
safe working levels. Whilst there is a correlation between the
emission between the emission and exposure levels this
cannot be used reliably to determine whether or not further
precautions are required.
Factors that influence the actual level of exposure of work-force
include the characteristics of the work room, the other sources
of noise etc. i.e. the number of machines and other adjacent
processes, and the length of time for which an operator is exposed
to the noise. Also the permissible exposure level can vary from
country. This information, however, will enable the user of the
machine to make a better evaluation of the hazard and risk.